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This Concept Map, created with IHMC CmapTools, has information related to: Ch 22 KLMMRFRCRLJN, pH a decline triggers the Bohr effect which weakens the bond between Oxygen, Pleural Space has negative pressure with prevents lungs from collapsing during Ventilation, Oxygen travels to Tissue, Carbon Dioxide about 7-10% is dissolved directly in the Plasma, Carbon Dioxide percentage in gas mixture directly determines Partial Pressure, Diaphragm provides the muscular force for Ventilation, Pulmonary Blood Vessels include arteries, veins, and capillary networks which surround Alveoli, Bicorbonate Ions has high Solubility, Respiratory Zone part of which are the Alveoli, Solubility in the Plasma, Medullary Respiratory Center sends impulses along phrenic and intercostal nerves to excite Diaphragm, Norepinephine causes dialtion of Pulmonary Blood Vessels, Conducting Zone cleans, humidifies, and warms the air which will then enter Respiratory Zone, Diaphragm contraction and relaxaction affectspressure changes in Pleural Space, Carbon Dioxide about 10% reacts with water to produce carbonic acid which then dissociates into Bicorbonate Ions, Diaphragm contraction forces air into Conducting Zone, Medullary Respiratory Center controls rate of Ventilation, Alveoli removes from the bloodstream Carbon Dioxide, Bicorbonate Ions formed by removing H+ from carbonic acid, lowering the plasma's pH, pH a decline triggers the Bohr effect which weakens the bond between Hemoglobin